Global Value Chain Dynamics and Carbon Emission Management

Global value chains (GVCs) have redefined how goods and services are produced, traded and consumed across multiple borders. In these fragmented production networks, the allocation of tasks from raw material extraction to final assembly spans a diverse set of actors and jurisdictions. Such complexity creates significant challenges and opportunities for carbon emission management. On one hand, the relocation of polluting processes to regions with laxer regulations can exacerbate production-based emissions. On the other hand, GVC participation can foster technology transfer, promote clean energy adoption and spur low-carbon innovation through competitive pressures and regulatory incentives. Effective management requires an integrated approach that accounts for emissions embodied in trade, monitors forward and backward embedding patterns, and leverages renewable energy and digitalisation to decouple economic growth from carbon intensity. Policymakers and firms alike are exploring strategies to optimise trade flows, strengthen governance frameworks and mobilise investments in energy-efficient practices to achieve global decarbonisation goals.

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Global Value Chain Dynamics and Carbon Emission Management publication trend

The graph below shows the total number of articles in global value chain dynamics and carbon emission management across all publications each year (not limited to Nature Index journals).

Technical terms

Global value chain (GVC): A production network in which different stages of the production process are located across multiple countries.

Embodied carbon emissions: The total greenhouse gases emitted during the production, transportation and disposal stages of a good or service, allocated across different production sites.

Forward embedding: The extent to which a country or firm engages in downstream activities of a GVC, such as finishing, marketing and distribution.

Backward embedding: The degree to which a country or firm integrates upstream processes of a GVC, such as sourcing raw materials and intermediate goods.

Renewable energy consumption: The use of energy derived from renewable sources—such as solar, wind or bioenergy—within production and value chain activities.

References

1. Global value chain embeddedness, digital economy and green innovation—Evidence from provincial-level regions in China. Frontiers in Environmental Science (2022).
2. Renewable Energy for Balancing Carbon Emissions and Reducing Carbon Transfer under Global Value Chains: A Way Forward. Sustainability (2022).
3. The Impact of Global Value Chain Embedding on Carbon Emissions Embodied in China’s Exports. Frontiers in Environmental Science (2022).
4. Efficiency of domestic institutional arrangements for environmental sustainability along the way to participate in global value chains: evidence from Asia. Economic Research-Ekonomska Istraživanja (2022).
5. Global value chains and energy-related sustainable practices. Evidence from Enterprise Survey data. Energy Economics (2023).
6. Pollution Haven Hypothesis of Global CO2, SO2, NOx—Evidence from 43 Economies and 56 Sectors. International Journal of Environmental Research and Public Health (2021).